This study investigates the effect of spatial release from masking (SRM) in bilateral bone
conduction (BC) stimulation at the mastoid. Nine adults with normal hearing were tested to …

The robust delineation of the cochlea and its inner structures combined with the detection of
the electrode of a cochlear implant within these structures is essential for envisaging a safer …

The potential of virtual reality (VR) in supporting hearing research and audiological care has
long been recognized. While allowing the creation of experimental settings that closely …

Psychoacoustic stimulus presentation to the cochlear implant via direct audio input (DAI) is
no longer possible for many newer sound processors (SPs). This study assessed the …

This study validates a fast measure for spatial release from masking—minimum angular
separation (MAS), the smallest spatial separation between a target and two-talker maskers …

Children's speech understanding is vulnerable to indoor noise and reverberation: eg, from
classrooms. It is unknown how they develop the ability to use temporal acoustic cues …

Spatial hearing provides access to auditory spatial cues that promote speech perception in
noisy listening situations. However, reverberation degrades auditory spatial cues and limits …

The cocktail party is the perfect metaphor for everyday life's auditory scene complexity1.
Noisy classrooms, crowded restaurants, and busy offices are just a few examples of …

Kurzfassung Die Lokalisationsgenauigkeit von Schallquellen ist in einer virtuell erzeugten
und binaural dargebotenen akustischen Szene erfahrungsgemäß geringer. Gründe hierfür …

Children with normal hearing (NH) utilize information that arrives at the two ears in order to
perform a multitude of tasks in their everyday listening environments. In the field of …